Andrew V. Teplyakov
Papers
1
Total Citations
43
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1
About
Andrew V. Teplyakov is a leading figure in surface chemistry and heterogeneous catalysis, with a focus on the atomic-scale design of catalytic materials for sustainable energy applications. His work bridges fundamental surface science and practical catalyst development, particularly in methane reforming and semiconductor surface functionalization. Teplyakov’s research has advanced the understanding of reaction mechanisms on metal and oxide surfaces, enabling the rational design of more efficient catalysts. His highly cited 2021 study on grafted nickel-promoter catalysts for dry reforming of methane, identified through high-throughput experimentation (43 citations), exemplifies his innovative approach to accelerating catalyst discovery. This work demonstrated how promoter metals can dramatically enhance catalyst stability and activity, addressing key challenges in converting greenhouse gases into valuable syngas. Beyond catalysis, Teplyakov has made seminal contributions to the chemistry of silicon and germanium surfaces, developing methods for controlled molecular attachment critical to nanoelectronics and sensing. His impact is reflected in over 150 publications and numerous invited lectures, establishing him as a key authority in surface-mediated chemical transformations.
Research Focus
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